Waabi achieves driverless closed-course milestone, plans public road testing
Waabi successfully completed autonomous truck missions on a closed course with no human on board, validating its safety systems before moving to public roads.
2025
What Happened
Waabi has achieved a major milestone by successfully operating its autonomous truck, the Waabi Driver, on a closed course with no human on board. This marks a critical step toward validating the system's safety before driverless operations on public roads. The company aims to unlock the future of freight transportation by enabling safe autonomy on both highways and surface streets.
To enable driverless operations, Waabi engineered a vehicle platform with redundancies in power distribution, computing, steering, and braking. This was necessary because fully redundant OEM platforms are not yet approved for driverless deployment. The company built in-house components and integrated supplier parts to ensure safe control even in rare hardware failures.
Waabi developed an onboard fault monitoring and management system that continuously checks the health of the vehicle and autonomy system. In fully driverless mode, the system takes fallback actions to maintain safety without a human operator. Additionally, a remote mission management platform allows the team to define routes and monitor progress, without real-time control due to potential network issues.
The closed-course driver-out runs took place at Waabi's Phoenix test track. The company emphasizes its best-in-class safety approach and collaboration with partners like NVIDIA. Future plans include leveraging innovations such as the NVIDIA DRIVE Hyperion platform to advance safe, scalable autonomy.
Why this matters
This milestone demonstrates that self-driving technology is advancing toward commercial deployment, with rigorous safety validation steps that could eventually make freight transportation safer and more efficient.
Terms in This Story
- Driverless
- A vehicle that operates without a human driver on board.
- Autonomy system
- The software and hardware that enable a vehicle to drive itself.
- Fault management system
- A system that monitors vehicle health and takes corrective actions in case of failures.
- Remote mission management
- A system that allows operators to define and monitor autonomous missions from a distance.
Summarised from the linked release; details can be imperfect — always verify against the original source.